Main.BTNode History
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Changed lines 1-18 from:
to:
!!! Software
* AVR toolchain
* BTnut (and Ethernut a.k.a. Nut/OS)
* lightblue (on Mac it requires XCode with support for the 10.4u.SDK: in project preferences you need to select gcc4.0)
\\
There are three different ways of programming a btnode:
1. ISP (in-system programming):
USB2serial cable->serial cable->AVR ISP -> btnode ISP(J1) input
NOTE: Profilic USB-2-Serial Adapter does not work with AVR ISP
2. bootloader (system programs itself over serial cable, reset button must be pressed):
USB2serial cable -> voltage level converter RS232/TTL ([-12,+12]->3.3V) -> btnode UART(J4) input
3. bootloader and application image stored in BTnode XRAM (e.g. over Bluetooth)
* AVR toolchain
* BTnut (and Ethernut a.k.a. Nut/OS)
* lightblue (on Mac it requires XCode with support for the 10.4u.SDK: in project preferences you need to select gcc4.0)
\\
There are three different ways of programming a btnode:
1. ISP (in-system programming):
USB2serial cable->serial cable->AVR ISP -> btnode ISP(J1) input
NOTE: Profilic USB-2-Serial Adapter does not work with AVR ISP
2. bootloader (system programs itself over serial cable, reset button must be pressed):
USB2serial cable -> voltage level converter RS232/TTL ([-12,+12]->3.3V) -> btnode UART(J4) input
3. bootloader and application image stored in BTnode XRAM (e.g. over Bluetooth)
March 08, 2010, at 03:55 PM
by - XlBzMfLo
Changed lines 1-18 from:
* AVR toolchain
* BTnut (and Ethernut a
* lightblue (on Mac it requires XCode with support for the 10.4u.SDK
\\
There are three different ways of programming a btnode:
1. ISP (in-system programming):
USB2serial cable->serial cable->AVR ISP -> btnode ISP(J1) input
NOTE: Profilic USB-2-Serial Adapter does not work with AVR ISP
2. bootloader (system programs itself over serial cable, reset button must be pressed):
USB2serial cable -> voltage level converter RS232
3. bootloader and application image stored in BTnode XRAM (e.g. over Bluetooth)
to:
vpdLXA <a href="http://fltvcywhsedr.com/">fltvcywhsedr</a>, [url=http://kmujqfpwkxfk.com/]kmujqfpwkxfk[/url], [link=http://jfgmrwtpmpno.com/]jfgmrwtpmpno[/link], http://fmipbatqhsxx.com/
Deleted lines 0-11:
Thanks
%center%
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3. bootloader and application image stored in BTnode XRAM (e.g. over Bluetooth)
to:
3. bootloader and application image stored in BTnode XRAM (e.g. over Bluetooth)
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Thanks
Added lines 1-8:
[['''
'+!!
!! Hey Author could you publish source code ? With GNU licensing ?
Thanks+']]
'''
'+!!
!! Hey Author could you publish source code ? With GNU licensing ?
Thanks+']]
'''
Deleted line 27:
Changed lines 18-20 from:
3. bootloader and application image stored in BTnode XRAM (e.g. over Bluetooth)
to:
3. bootloader and application image stored in BTnode XRAM (e.g. over Bluetooth)
Publish source code ? With GNU licensing ?
Publish source code ? With GNU licensing ?
Added lines 1-7:
!!! Software
* AVR toolchain
* BTnut (and Ethernut a.k.a. Nut/OS)
* lightblue (on Mac it requires XCode with support for the 10.4u.SDK: in project preferences you need to select gcc4.0)
\\
* AVR toolchain
* BTnut (and Ethernut a.k.a. Nut/OS)
* lightblue (on Mac it requires XCode with support for the 10.4u.SDK: in project preferences you need to select gcc4.0)
\\
Added lines 1-11:
There are three different ways of programming a btnode:
1. ISP (in-system programming):
USB2serial cable->serial cable->AVR ISP -> btnode ISP(J1) input
NOTE: Profilic USB-2-Serial Adapter does not work with AVR ISP
2. bootloader (system programs itself over serial cable, reset button must be pressed):
USB2serial cable -> voltage level converter RS232/TTL ([-12,+12]->3.3V) -> btnode UART(J4) input
3. bootloader and application image stored in BTnode XRAM (e.g. over Bluetooth)
1. ISP (in-system programming):
USB2serial cable->serial cable->AVR ISP -> btnode ISP(J1) input
NOTE: Profilic USB-2-Serial Adapter does not work with AVR ISP
2. bootloader (system programs itself over serial cable, reset button must be pressed):
USB2serial cable -> voltage level converter RS232/TTL ([-12,+12]->3.3V) -> btnode UART(J4) input
3. bootloader and application image stored in BTnode XRAM (e.g. over Bluetooth)